Heating Jacket/Insulation Jacket
Designed for Semiconductor, LCD, and Solar Cell Processes — Preventing Pipe Condensation and Solidification to Ensure Stable Production.
Are You Facing These Challenges?
Our heating jackets solve challenging temperature control issues with seamless end-to-end service.
- Preventing Condensation, Solidification, and Clogging in Special Gas Lines (NH₃, WF₆, BCl₃, TiCl₄, etc.)
- Maintaining Consistent Pump Line Temperatures to Boost Yields
- Selecting Optimal Materials (Silicone/PTFE) Tailored to Cleanroom & Operating Environments
- Turnkey Temperature Control Systems: Integrating Custom Heating Jackets, Control Panels, and On-Site Installation
- A Single-Source Partner for Existing Facilities: From On-Site Inspection and Control Panel Design to Final Installation
At Taiwei Japan, we seamlessly manage the entire process in-house — from heater manufacturing and control panel engineering to final on-site installation.
Key Features by Product Type
1. Standard Heating Jackets
- High Water Repellency & Stain Resistance: Easy Maintenance and Cleanroom Compatibility
- High Thermal Insulation Design Utilizing Fiberglass Cloth
- Wide Customizable Temperature Range Up to 800°C
2. Silicone Heating Jackets
- Exceptional Flexibility for Effortless On-Site Installation and Removal
- High Piping Conformity for Superior Heat Transfer Efficiency
- Optimized Heating Wire Wire-Diameter for Each Pipe Size, Ensuring Consistent and Stable Heating
3. Aerogel Heating Jackets (NEW)
- Approximately 25% Higher Insulation Performance Compared to Conventional PTFE Types
- Nanoporous Material Technology: Ultra-Thin Profile with High Thermal Insulation and Heating Efficiency
- Superior Cleanroom Compatibility Optimized for Advanced Processes (Up to 300°C)
Product Comparison & Technical Specs
| Item | 1. Standard Heating Jackets | 2. Silicone Heating Jackets | 3. Aerogel Heating Jackets |
|---|---|---|---|
| Features & Overview | High Water Repellency, Stain Resistance & High Insulation | Cleanroom Compatible | High Flexibility for Easy Installation | Tight Fit & Outstanding Heat Transfer Efficiency | Approx. 25% Higher Insulation Performance vs. PTFE, Ultra-Thin Profile, Cleanroom Compatible |
| Outer Material | PTFE-Coated Fiberglass Cloth / High-Temperature Materials | Fiberglass + Silicone (Outer Facing Material) | PTFE-Coated Fiberglass Cloth |
| Insulation Material | Fiberglass Needle Mat | Iron Oxide-Filled Silicone Foam | Nanoporous Aerogel Blanket |
| Heating Element | Fiberglass-Insulated Heating Wire | Nichrome Wire (Optimized Wire Gauge by Size) | Fiberglass-Insulated Heating Wire |
| Inner Contact Surface | Low Temp (≤300°C): White PTFE-Coated Cloth Mid Temp (350–500°C): Heat-Treated Fiberglass Cloth High Temp (600–800°C): White Silica Cloth |
Silicone (≤220°C) | White PTFE-Coated Fiberglass Cloth (≤300°C) |
| Pipe Size | 6A (1/4″) ～ 350A (14″) | 6A (1/4″) ～ 200A (8″) | 6A (1/4″)～ 350A (14″) |
| Design Temperature Range | ～ 800℃ | ～ 220℃ | ～ 300℃（※MAX300℃） |
| Thickness | 15 ～ 100mm | 8 ～ 14mm | 20 ～ 25mm |
| 最大製作長 （1本あたり） |
6A~65A: 1000mm ／ 80A: 800mm 100A~200A: 500mm 250A~350A: 1000mm |
450 ～ 600mm | 6A~65A: 1000mm ／ 80A: 800mm 100A~200A: 500mm 250A~350A: 1000mm |
Custom Temperature Control Systems (Control Panels & PID Control)
To maximize the performance of our heating jackets, Taiwei Japan provides one-stop engineering—from design to manufacturing of high-precision temperature control panels.
Site-Specific Custom Control Panels
We handle everything from schematic drafting to optimal panel design tailored to your plant's operational requirements—including installation footprint, control channels, and communication protocols (PLC integration, etc.).
- Supports Centralized Multi-Channel Management
- Standard Safety Integration (Over-Temp Protection, Breakers & Alarms)
Stable PID Temperature Control
In critical gas process piping, temperature overshoot and hunting (fluctuations) degrade yield rates. Our control systems incorporate PID controllers with advanced algorithms to eliminate these stability issues.
- What is PID Control?: A control method that uses three action components—P (Proportional), I (Integral), and D (Derivative)—to reach the target temperature quickly and maintain stability without error.
- Combined with Solid-State Relay (SSR) drive output, it achieves high-precision and long-life power output regulation.
International Certifications
Ensuring high quality and safety based on global standards.
- ISO 9001 Certified
- CE Marked
- SEMI S2 compliant (Depending on specifications)
Please feel free to contact us for technical consultations, document requests, or implementation inquiries.
Contact Us
English 
Japanese